Stuart Scott

PhD Researcher in the CSCT (University of Bath)
@csctbath
Interested in porous carbon materials for adsorption, CO oxidation and 3D print manufacturing.

[Stuart Scott @StuartS33829977]

@JemmaRowlandson @csctbath CO2 should be inert at that temperature (which is why we use it, yep!). We've been seeing much improved kinetics in the monoliths when moving to higher activation samples - comparable to the GACs - so the next step is polishing the activation process and finding that sweet spot.

[Stuart Scott @StuartS33829977]

My poster for #csct20. A quick look at some of the work I've been doing in the @csctbath on carbon monoliths for fire escape mask applications. #Sustainability

[Stuart Scott @StuartS33829977]

@JemmaRowlandson @csctbath Hi Jemma, thanks for asking! We first carbonise our structured resin precursor in CO2 at roughly 500oC. A thermal activation treatment in CO2 is then carried out at 950oC until we see a 20-50% weight loss of carbon.